Home Strategy Activities Grants Publications People Sponsors Blog Contact Us 
  

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

publications:publi:rmll12mafmcgrid [2019/04/25 08:49] (current)
Line 1: Line 1:
  
 +<​html><​div id="​bib">​
 +
 +<p> <h1> RMLl12MaFMCGRID</​h1>​
 + <​p><​span class="​BibAuthor">​M. Rodriguez-Pascual,​ R. Mayo-Garcia,​ I.M. Llorente</​span>​. <span class="​BibJournalTitle">​Montera:​ a framework for efficient execution of Monte Carlo codes on Grid Infrastructures</​span>​. <span class="​BibJournalName">​Computing and Informatics</​span>,​ 32:113-144, 2013.</​P><​p>​
 +<p>
 +<a name="​download"></​a><​h2>​ Download </h2> <​P> ​
 +
 +<​b>​Download paper: </​b> ​
 + ​(<​a href="​http://​www.cai.sk/​ojs/​index.php/​cai/​article/​view/​1469">​link</​a>​)
 +<p>
 +<​p><​b>​Copyright notice:</​b>​This material is presented to ensure timely dissemination of scholarly and   ​technical work. Copyright and all rights therein are retained by authors or   by other copyright holders. All persons copying this information are expected ​  to adhere to the terms and constraints invoked by each author'​s ​  ​copyright. These works may not be reposted without the explicit permission of   the copyright holder.<​p>​
 +<a name="​abstract"></​a><​h2>​ Abstract ​ </h2> <​P> ​
 +The objective of this work is to improve the performance of Monte Carlo codes on Grid production infrastructures. To do so, the codes and the grid sites are characterized with simple parameters to model their behaviors. Then, a new performance model for grid infrastructures is proposed, and an algorithm that employs this information is described. This algorithm dynamically calculates the number and size of tasks to execute on each site to maximize the performance and reduce makespan. Finally, a newly developed framework called Montera is presented. Montera deals with the execution of Monte Carlo codes in an unattended way, isolating the complexity of the problem from the final user. By employing two fusion Monte Carlo codes as example cases, along with the described characterizations and scheduling algorithm, a performance improvement up to 650 % over current best results is obtained on a real production infrastructure,​ together with enhanced stability and robustness<​p>​
 + <a name="​keyword"></​a>​ <​h2>​Keywords </h2> <p> [ <a href="/​doku.php?​id=publications:​keyword:​medianet">​ Medianet</​a>​ ] [ <a href="/​doku.php?​id=publications:​keyword:​tin2009-07146">​ Tin2009-07146</​a>​ ] [ <a href="/​doku.php?​id=publications:​keyword:​tin2012-31518">​Tin2012-31518</​a>​ ] 
 +<a name="​contact"></​a><​h2>​ Contact ​ </h2> <​P> ​
 +<a href="​mailto:​llorente@dacya.ucm.es">​Ignacio M.  Llorente</​a> ​ <a href="/​llorente">​ <img src="/​lib/​exe/​fetch.php?​w=&​h=&​cache=cache&​media=html_icon.png"​ align=top border=0 alt =""></​a><​br> ​
 +
 +<a name="​bib"></​a><​h2>​ BibTex Reference ​ </h2> <​P> ​
 +@article{RMLl12MaFMCGRID,​ <​br>&​nbsp;&​nbsp;&​nbsp;​Author = {Rodriguez-Pascual,​ M. and Mayo-Garcia,​ R. and Llorente, I.M.},<​br>&​nbsp;&​nbsp;&​nbsp;​Title = {Montera: a framework for efficient execution of Monte Carlo codes on Grid Infrastructures},<​br>&​nbsp;&​nbsp;&​nbsp;​Journal = {Computing and Informatics},<​br>&​nbsp;&​nbsp;&​nbsp;​Volume = {32},<​br>&​nbsp;&​nbsp;&​nbsp;​Pages = {113--144},<​br>&​nbsp;&​nbsp;&​nbsp;​Year = {2013}<​br>​} <​br><​p>​
 +
 +</​div></​html>​
Admin · Log In